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Editors' Column
From the ACS National Meeting
Laboratory Waste Management As one of its several activities, the
ACS Task Force on RCRA (Resource Conservation and Recovery Act) sponsored a symposium at the ACS National Meeting in Washington, D.C., entitled "Laboratory Waste Management—Today and Tomorrow." At the symposium, experts presented information on management and technical considerations for effective laboratory waste management, problems and suggestions in cost-effective waste management, and on- and off-site treatment/disposal methods.
The first speaker was Stanley Pine of California State University, chairman of the RCRA Task Force. Pine described the task force's activities to date, which have included compiling a classification scheme for handling laboratory chemical waste; developing procedures for transporting wastes; publishing a pamphlet entitled "RCRA and Laboratories"; studying methods of hazardous chemical storage; and providing commentary on various proposed federal regulations.
Robert Alberty of the Massachusetts Institute of Technology discussed the book, "Prudent Practices for Disposal of Chemicals from Laboratories," recently published under the aegis of the National Academy of Sciences (NAS). According to Alberty, chairman of the NAS Committee on Hazardous Substances in the Laboratory, the book is intended to be useful to people working in laboratories, especially small laboratories, and deals with possible future directions that would simplify the handling and disposal of laboratory chemicals without posing a threat to human health or the environment.
The presentation by Maxine LaPierre of Tulane Medical School focused on the hazardous waste program at Tulane University. LaPierre's talk
emphasized the problems encountered in establishing such a program, including funding, identifying the types and amounts of hazardous wastes, old chemicals, and widespread campus locations. Peter Reinhardt described the program established at the University of Wisconsin—Madison, which emphasizes reducing the amount of waste generated. A recycling program for unwanted chemicals has been very successful, saving the university approximately $20,000 per year in purchasing costs.
Other talks dealt with off-site treatment of laboratory wastes, contractor considerations in off-site disposal, off-site disposal from the disposer's perspective, on-site treatment of wastes, and procedures for laboratory destruction of hazardous wastes.
Further information on RCRA and laboratory waste management is available in the two publications mentioned previously. "RCRA and Laboratories" is available from the Department of Public Affairs, ACS, 1155 16th St., N.W., Washington, D.C. 20036. Single copies of the pamphlet are free; multiple copies are $1 each. The NAS publication "Prudent Practices for Disposal of Chemicals from Laboratories" can be ordered from National Academy Press, 2101 Constitution Ave., N.W., Washington, D.C. 20418. The price is $16.50.
Marcia S. Vogel
New Trends at HP In conjunction with the ACS meet
ing, Hewlett-Packard (HP) held a rather nontraditional press conference. Editors of various journals and magazines were brought to the HP Division in Avondale, Pa., for the unveiling of a new product. HP felt that the significance of this product, which was the result of a new corporate philosophy regarding manufacturing process
design, could only be fully appreciated through direct observation of the manufacturing process itself.
During a morning of presentations on different aspects of this new philosophy, Hal Edmondson, corporate vice-president of manufacturing, suggested that it is time for the analytical instrument industry to take a look at what has happened to the U.S. steel and automobile industries as a result of Japanese technological advancements coupled with competitive pricing and improved manufacturing design. He believes that the technological gap between the U.S. and Japan is rapidly narrowing and that U.S. instrument manufacturers must take immediate action to maintain their competitive edge. He stated that at HP, this philosophy has led to the development of a new design of the manufacturing process itself, which has resulted in cost reduction while improving quality and serviceability. This process design emphasizes quality control at every step of production thereby reducing the number of parts, the defect rate, space and labor, rework and scrap, and inventory. The first result of this process is a gas chromatograph that is being offered at a price roughly 25% lower than comparable models with an optional service contract guaranteeing more than 99% up-time (see N E W P R O D U C T S , p. 1344 A).
A tour of the plant provided an overview of established manufacturing procedures as well as a demonstration of the new streamlined manufacturing process. The reason for holding the press conference at the plant site became apparent: A verbal description would not have shown the contrast between the old and new procedures as effectively. HP expects process design to benefit all its future instruments and also to set a new trend in the analytical instrument market.
Rani Anne George
1294 A · ANALYTICAL CHEMISTRY, VOL. 55, NO. 13, NOVEMBER 1983